void TestTimeList()
{
List<Event> ListOfEvents = new List<Event>();
Event Event1 = new Event();
Event Event2 = new Event();
Event1.Name = "Tiskaus";
Event2.Name = "Sali";
Event1.StartTime = new DateTime(2013, 3, 12, 11, 0, 0);
Event1.EndTime = new DateTime(2013, 3, 12, 12, 0, 0);
Event2.StartTime = new DateTime(2013, 3, 12, 14, 0, 0);
Event2.EndTime = new DateTime(2013, 3, 12, 14, 30, 0);
ListOfEvents.Add(Event1);
ListOfEvents.Add(Event2);
TimeList ListOfTimes = new TimeList(ListOfEvents);
Debug.WriteLine(ListOfTimes.GetTimeIndex(60));
Debug.WriteLine(ListOfTimes.GetTimeIndex(90));
Debug.WriteLine(ListOfTimes.GetTimeIndex(75));
}
public Algo(List<Event> pEventList, TodoList pTodoList, Action pCallback)
{
//aikaa_kaikelle = kuinka paljon aikaa tarvitaan kaikkien listassa olevien toteutukseen
todolist = pTodoList;
PopulateSorting();
//tee timelist
timelist = new TimeList(pEventList);
// OPERATE
// NOW => PANIC
TodoEvent now = GetNextASAP();
while (now != null) {
Panic(now);
now = GetNextASAP();
}
//for DL in DLs
TodoEvent dl = GetNextDL();
while (dl != null) {
// timeRqd = DL.Duration() * 3/2
int time_required = (int)dl.Required.TotalMinutes;
// counter = timeRqd * 2
int counter = time_required * 2;
// deadlinen index, puolitettu tarvittaessa
int end_index = timelist.GetTimeIndex(dl.GetTimeToDeadline());
// start_index iteroidaan alaspäin
int start_index = end_index - 1;
// kuinka paljon tultiin alaspäin
int duration = 0;
while (start_index > 0) {
TimeList.Time element = timelist.GetElement(start_index);
// lisätään jokatapauksessa duration
duration += (int)element.Span.TotalMinutes;
// jos saadaan lisää tyhjää aikaa
if (element.Priority == Priority.FREE) {
counter -= (int)element.Span.TotalMinutes;
}
// jos tultiin tarpeeksi pitkälle
if (counter < 0) {
duration += counter;
int start_instance = dl.GetTimeToDeadline() - duration;
start_index = timelist.GetTimeIndex(start_instance);
}
}
if (timelist.GetTimeBetween(start_index, end_index) < time_required) {
Panic(dl);
}
TimeList list_dl = CropAndSort(start_index, end_index, timelist);
Position(dl, list_dl);
dl = GetNextDL();
} // LOOP WHILE THERE IS DL
// sijoita ensin continuous
foreach (TodoEvent te in sortedLazy) {
if (!te.Split) {
Position(te, timelist);
}
}
// sijoita sitten jaettavat
foreach (TodoEvent te in sortedLazy) {
if (te.Split) {
Position(te, timelist);
}
}
pCallback.Invoke();
}